About the webinar

Epigenetic mechanisms regulate gene activity without altering the underlying DNA sequence and play important roles in development, disease and responses to environmental change.

This webinar introduces a range of sequencing approaches for epigenetics research, including DNA methylation sequencing using whole-genome bisulfite sequencing and enzymatic methyl sequencing, ChIP-seq for investigating DNA–protein interactions, ATAC-seq for chromatin accessibility and RIP-seq for studying RNA–protein interactions.

The session explains the principles and applications of these methods, alongside practical considerations for workflow planning, bioinformatics analysis and integration with transcriptomics or other omics datasets.

What you will learn

• How sequencing technologies support the study of epigenetic regulation
• The differences between WGBS and enzymatic methyl sequencing
• How ChIP-seq and ATAC-seq investigate chromatin and gene regulation
• How RIP-seq supports the analysis of RNA–protein interactions
• Key considerations for workflow selection, data analysis and multiomics integration

Watch on demand

Access the recording to explore how different sequencing approaches can support DNA methylation, chromatin and regulatory research across a range of biological applications.